@ -183,7 +183,7 @@ The response in <<example_2-2>> shows one unspent output (one that has not been
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View the http://bit.ly/1tAeeGr[transaction from Joe to Alice].
View the https://www.blockchain.com/btc/tx/7957a35fe64f80d234d76d83a2a8f1a0d8149a41d81de548f0a65a8a999f6f18[transaction from Joe to Alice].
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As you can see, Alice's wallet contains enough bitcoin in a single unspent output to pay for the cup of coffee. Had this not been the case, Alice's wallet application might have to "rummage" through a pile of smaller unspent outputs, like picking coins from a purse until it could find enough to pay for the coffee. In both cases, there might be a need to get some change back, which we will see in the next section, as the wallet application creates the transaction outputs (payments).
As you can see, Alice's wallet contains enough bitcoin in a single unspent output to pay for the cup of coffee. Had this not been the case, Alice's wallet application might have to "rummage" through a pile of smaller unspent outputs, like picking coins from a purse until it could find enough to pay for the coffee. In both cases, there might be a need to get some change back, which we will see in the next section, as the wallet application creates the transaction outputs (payments).